Oxygen enriching ion energy-saving device

Abstract

The invention relates to a bleeding ion energy conservation device that includes case, core and gas vent-pipe. The core is made up of the column type multi-hole sinter rare earth, column type permanent magnet, and nitrogen proof taper that are fixed on the case. The sinter rare adopts low radiant energy multi-hole ceramics that the ThO2 is contained 1-2%, and the diameter of the through hole is 1-2mm. The magnetic induction of the column type permanent magnet is over 1.2T. The nitrogen proof taper adopts low radiant energy multi-hole ceramics that the ThO2 is contained 1-2%, and the diameter of the through hole is 1-2mm. The device is simple structure and low cost. It can also decrease pollution to the environment.

Description

technical field [0001] The invention relates to an oxygen-increasing ion technology, which is suitable for air intake systems of various internal combustion engines and boilers with energy-saving and waste-reducing functions. Background technique [0002] In recent years, energy and environmental protection issues have become the focus of most countries in the world. With the continuous development of industry, energy consumption is increasing, and a large amount of waste gas is produced, which causes serious pollution to the atmosphere. fully due. For half a century, in order to save fuel and reduce harmful gas emissions, many technologies have been researched and invented, such as catalytic combustion, oxygen-enriched combustion, three-way purification and contact with coal, emulsified oil, supercharged exhaust gas, combustion process and control, particulate filter Various methods have been tried, but none of them are ideal. [0003] Existing oxy-combustion technologies...

AI Technical Summary

Problems solved by technology

This method can achieve very good results when the oxygen content is high, and it has been proved by experiments in Beijing, Dalian, Jiangsu and other places in China, but the mold separation system that can obtain a high oxygen content is very complicated and expensive, and can only be obtained. Applied to large factories and enterprises, not suitable for internal combustion engine equipment

In 2002, U.S. Patent No. 6,363,923 B1 "Oxygenation Equipment for Combustion of Internal Combustion Engines" disclosed that the energy of the tail gas was used to drive the centrifuge to increase oxygen. It used the tail gas to drive the centrifuge. Only when it reaches about 7.5cm can it have a better oxygenation effect, and it is very difficult to use exhaust gas to drive

[0007] Chinese Patent No.: 200410000044.0, the invention name "Generalized Internal Combustion Engine Electrostatic Field Pollution Reduction and Energy Saving Device" discloses a system that uses an electrostatic generating device and a separate oxygen-enriching device. The cost of the system is relatively high, producing 28-40% Oxygen-enriched air, resulting in excessive combustion temperature in the cylinder of the internal combustion engine and damage

[0008] Molecular sieve filtration oxygen generation or oxygen enhancement equipment has been practically used in Funing, Jiangsu, China and the former Beijing Glass Factory, but similar oxygen enhancement equipment cannot be used on internal combustion engines for transportation

Patent No.: 00131272.3, name: "Internal Combustion Engine Air Oxygen Enrichment Fuel Saving Filter Device", which uses ozone generator, negative ion generator, electric field plate, high and low voltage circuit, permanent magnet, oxygen filter membrane, etc., but the device is complicated and costly Higher; in addition, because molecular sieve pores are too small, the use of molecular sieves to separate nitrogen and oxygen has a large resistance, which is not suitable for use in internal combustion engines

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